等值线追踪与绘制(源代码)(1.0).rar

广义表的反序 逆置广义表的递归模型如下： F(LS) = null 　　　　　　　　　　　　　若 LS 为空 F(LS) = LS 　　　　　　　　　　　　　若 LS 为原子，且 tail(LS) 为空 F(LS) = append( F(tail(LS)), head(LS) ) 　若 LS->tag=0 ，且 LS->tp!=null F(LS) = append( F(tail(LS), F(head(LS)) ) 　若 LS->tag=1 其中 append(a,b) 的功能是将广义表 a 和 b 作为元素的广义表连接起来。-Generalized table set against the broad anti-order recursive model of the table is as follows: F (LS) = null if the LS is empty F (LS) = LS if LS for the atoms, and the tail (LS) is empty F (LS) = append (F (tail (LS)), head (LS)) if the LS-> tag = 0, and the LS-> tp! = null F (LS) = append (F (tail (LS), F (head (LS))) If the LS-> tag = 1 where append (a, b) function is a generalized form, and b as elements of generalized tables connected.

二叉数先序循环的非递归实现，一般先序循环都是由递归实现的，按照完全二叉树格式输入字符型结点值-binary sequence a few first cycle of non- recursive, the general first order recursive cycle are achieved, In accordance with the format completely binary tree node input character values

Implementing a queue data structure

VB student result management system management system, brings the entire wrap the paper, has the very high reference value to the graduation project.

c++中数据结构的链表处理程序-c structure of the data processing procedures Chain

二叉树的动态链表存储结构及表示，二叉树的三种遍历算法（递归和非递归两类）运用二叉树三种遍历的方法求解有关问题-Binary tree structure and the dynamics of linked list is stored, said three kinds of binary tree traversal algorithms (recursive and non-recursive types) the use of three kinds of binary tree traversal of the method for solving the problem

这是计算机体系结构中用哈夫曼编码进行指令编码的程序，并构建哈夫曼树-This the computer architecture used Huffman coding instructions for coding procedures, and to build Huffman tree! !

实现构造哈夫曼树的哈夫曼算法。 求解出所构造的哈夫曼 使用树的带权路径长度。 -Huffman tree structure to achieve the Huffman algorithm. Solving the structure of the Huffman tree with the right to use the path length.

动态加载odbc数据源及其内部表单的小程序-Dynamic loading odbc data source and its internal form of small programs

A.STEVENS 用C语言开发的数据库 -A.STEVENS database by c